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Design Brief - Hydraulic Trolley Jack You are to design a vehicle trolley jack for home use. The lifting capacity of the product has been specified as 1.5 tonne and a minimum lift height of 350mm but you can set a higher target for lifting height if your competitor research justifies this. You are to design a hydraulic trolly jack that has comparable performance to commercially available jacks and which meets any appropriate British Standards. Pay attention to the issue of load stability throughout the lift. This will include layout design of the main linkages, hydraulics, a suitable base, wheels, and the lifting pad as shown in fig. 1. The image (Fig1) shows a typical jack assembly Lifting Pad Triangular Link Pivot C Pivot D Pivot A Pivot B Bottom Link Fig.1

Design Brief - Hydraulic Trolley Jack You are to design a vehicle trolley jack for home use. The lifting capacity of the product has been specified as 1.5 tonne and a minimum lift height of 350mm but you can set a higher target for lifting height if your competitor research justifies this. You are to design a hydraulic trolly jack that has comparable performance to commercially available jacks and which meets any appropriate British Standards. Pay attention to the issue of load stability throughout the lift. This will include layout design of the main linkages, hydraulics, a suitable base, wheels, and the lifting pad as shown in fig. 1. The image (Fig1) shows a typical jack assembly Lifting Pad Triangular Link Pivot C Pivot D Pivot A Pivot B Bottom Link Fig.1

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A realistic CAD model of the whole jack must be produced.
Design Brief - Hydraulic Trolley Jack You are to design a vehicle trolley jack for home use. The lifting capacity of the product has been specified as 1.5 tonne and a minimum lift height of 350mm but you can set a higher target for lifting height if your competitor research justifies this. You are to design a hydraulic trolly jack that has comparable performance to commercially available jacks and which meets any appropriate British Standards. Pay attention to the issue of load stability throughout the lift. This will include layout design of the main linkages, hydraulics, a suitable base, wheels, and the lifting pad as shown in fig. 1.
Transcribed Image Text:Design Brief - Hydraulic Trolley Jack You are to design a vehicle trolley jack for home use. The lifting capacity of the product has been specified as 1.5 tonne and a minimum lift height of 350mm but you can set a higher target for lifting height if your competitor research justifies this. You are to design a hydraulic trolly jack that has comparable performance to commercially available jacks and which meets any appropriate British Standards. Pay attention to the issue of load stability throughout the lift. This will include layout design of the main linkages, hydraulics, a suitable base, wheels, and the lifting pad as shown in fig. 1.
The image (Fig1) shows a typical jack assembly Lifting Pad Triangular Link Pivot C Pivot D Pivot A Pivot B Bottom Link Fig.1
Transcribed Image Text:The image (Fig1) shows a typical jack assembly Lifting Pad Triangular Link Pivot C Pivot D Pivot A Pivot B Bottom Link Fig.1
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